Search for dissertations about: "low-power systems."
Showing result 21 - 25 of 179 swedish dissertations containing the words low-power systems..
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21. Low-Power Nanowire Circuits and Transistors
Abstract : This thesis explores several novel material systems and innovative device concepts enabled by nanowire technology. State-of-the-art fabrication techniques such as electron beam lithography and atomic layer deposition are utilized to achieve high control and quality in the device fabrication. READ MORE
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22. Synchronous and Concurrent Transmissions for Consensus in Low-Power Wireless
Abstract : With the emergence of the Internet of Things, autonomous vehicles and the Industry 4.0, the need for dependable yet adaptive network protocols is arising. Many of these applications build their operations on distributed consensus. For example, UAVs agree on maneuvers to execute, and industrial systems agree on set-points for actuators. READ MORE
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23. Low-Power Secondary Access to the TV and Aeronautical Bands
Abstract : The avalanche in mobile data consumption represents a big challenge for mobile operators. The efficient use of radio resources, e.g. technology, infrastructure and spectrum, is needed to meet the new capacity requirement in the mobile networks. READ MORE
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24. Low-power design methodologies for embedded internet systems
Abstract : Embedded systems are resource-constrained special-purpose computers, capable of both sensing and controlling the environment they are placed in. An embedded system usually consists of both hardware and software. The hardware can be composed of sensors, actuators, processors, memory storage devices, communication peripherals, and power supplies. READ MORE
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25. Long-Term Stable Communication in Centrally Scheduled Low-Power Wireless Networks
Abstract : With the emergence of the Internet of Things (IoT), more devices are connected than ever before. Most of these communicate wirelessly, forming Wireless Sensor Networks. In recent years, there has been a shift from personal networks, like Smart Home, to industrial networks. READ MORE